Propuesta de Supply Chain Management y Logística para la empresa Semag de los Llanos S.A

El Supply Chain Management y la Logística son vitales para el éxito de Semag de los Llanos S.A., una empresa dedicada a la extracción de aceite. La particularidad de la industria, con su producto perecedero y la dependencia de materias primas, hace que estos elementos sean aún más críticos. El enfoque del Supply Chain Management se centra en asegurar un flujo eficiente de materias primas, productos intermedios y finales desde proveedores hasta clientes. Esto incluye la adquisición de semillas, procesamiento, envasado, distribución y entrega. La Logística, por su parte, planifica, ejecuta y controla actividades relacionadas con el movimiento y almacenamiento de productos, incluyendo gestión de inventario, transporte y almacenamiento seguro. La trazabilidad de las materias primas y la calidad del producto son esenciales, ya que permiten rastrear el origen de insumos y cumplir con regulaciones estrictas. En resumen, estos elementos aseguran que las materias primas se adquieran puntualmente, el aceite se procese y distribuya eficientemente, y los clientes reciban productos de alta calidad, mejorando la eficiencia operativa, reduciendo costos y proporcionando un servicio confiable.Supply Chain Management and Logistics are vital to the success of Semag de los Llanos S.A., a company dedicated to extracting oil. The particularity of the industry, with its perishable product and the dependence on raw materials, makes these elements even more critical. The Supply Chain Management approach is focused on ensuring an efficient flow of raw materials, intermediate and final products from suppliers to customers. This includes seed procurement, processing, packaging, distribution and delivery. Logistics, for its part, plans, executes and controls activities related to the movement and storage of products, including inventory management, transport and safe storage. The traceability of raw materials and the quality of the product are essential, since they allow to trace the origin of inputs and comply with strict restrictions. In summary, these elements ensure that raw materials will be procured on time, oil will be processed and distributed efficiently, and customers will receive high-quality products, improve operational efficiency, reduce costs, and consume reliable service

ST-Elevation Magnitude Correlates With Right Ventricular Outflow Tract Conduction Delay in Type I Brugada ECG

Background: The substrate location and underlying electrophysiological mechanisms that contribute to the characteristic ECG pattern of Brugada syndrome (BrS) are still debated. Using noninvasive electrocardiographical imaging, we studied whole heart conduction and repolarization patterns during ajmaline challenge in BrS individuals. Methods and Results: A total of 13 participants (mean age, 44±12 years; 8 men), 11 concealed patients with type I BrS and 2 healthy controls, underwent an ajmaline infusion with electrocardiographical imaging and ECG recordings. Electrocardiographical imaging activation recovery intervals and activation timings across the right ventricle (RV) body, outflow tract (RVOT), and left ventricle were calculated and analyzed at baseline and when type I BrS pattern manifested after ajmaline infusion. Peak J-ST point elevation was calculated from the surface ECG and compared with the electrocardiographical imaging–derived parameters at the same time point. After ajmaline infusion, the RVOT had the greatest increase in conduction delay (5.4±2.8 versus 2.0±2.8 versus 1.1±1.6 ms; P =0.007) and activation recovery intervals prolongation (69±32 versus 39±29 versus 21±12 ms; P =0.0005) compared with RV or left ventricle. In controls, there was minimal change in J-ST point elevation, conduction delay, or activation recovery intervals at all sites with ajmaline. In patients with BrS, conduction delay in RVOT, but not RV or left ventricle, correlated to the degree of J-ST point elevation (Pearson R , 0.81; P &lt;0.001). No correlation was found between J-ST point elevation and activation recovery intervals prolongation in the RVOT, RV, or left ventricle. Conclusions: Magnitude of ST (J point) elevation in the type I BrS pattern is attributed to degree of conduction delay in the RVOT and not prolongation in repolarization time. </jats:sec